Wears glasses and slouches

alyjack80:

agentotter:

thisfeliciaday:

This is horrifying hahaha. (Via @amberbenson)

In which human reproduction seriously sounds like the Game of Thrones.

Dear lord

fuckyeahfluiddynamics:

Newton’s third law says that forces come in equal and opposite pairs. This means that when air exerts lift on an airplane, the airplane also exerts a downward force on the air. This is clear in the image above, which shows a an A380 prototype launched through a wall of smoke. When the model passes, air is pushed downward. The finite size of the wings also generates dramatic wingtip vortices. The high pressure air on the underside of the wings tries to slip around the wingtip to the upper surface, where the local pressure is low. This generates the spiraling vortices, which can be a significant hazard to other nearby aircraft. They are also detrimental to the airplane’s lift because they reduce the downwash of air. Most commercial aircraft today mitigate these effects using winglets which weaken the vortices’ effects. (Image credit: Nat. Geo./BBC2)

fuckyeahfluiddynamics:

Newton’s third law says that forces come in equal and opposite pairs. This means that when air exerts lift on an airplane, the airplane also exerts a downward force on the air. This is clear in the image above, which shows a an A380 prototype launched through a wall of smoke. When the model passes, air is pushed downward. The finite size of the wings also generates dramatic wingtip vortices. The high pressure air on the underside of the wings tries to slip around the wingtip to the upper surface, where the local pressure is low. This generates the spiraling vortices, which can be a significant hazard to other nearby aircraft. They are also detrimental to the airplane’s lift because they reduce the downwash of air. Most commercial aircraft today mitigate these effects using winglets which weaken the vortices’ effects. (Image credit: Nat. Geo./BBC2)

picturaculminis:

2festive:

2festive:

are pringles flammable?

image

i guess they are

I admire tumblr’s dedication to science.

eatcleaneatclean:

andrewfindsawesomethings:

brbshittoavenge:

thegreenwolf:

venneh:

ssjmihoshi:

dhpt:

so much for the “if you can’t pronounce the ingredients you shouldn’t eat it” thing am i right?

EVERYTHING IS CHEMICALS
REMEMBER THIS

#science!#context bitches

This. Is. AWESOME. THANK YOU!!!!

If anyone ever tells you that something you can’t pronounce or “sounds like a chemical” is bad for you, laugh in their face.

don’t forget that there’s enough potassium in 200 bananas to give you the same radiation dosage as a chest xray.

FYI
interesting.

eatcleaneatclean:

andrewfindsawesomethings:

brbshittoavenge:

thegreenwolf:

venneh:

ssjmihoshi:

dhpt:

so much for the “if you can’t pronounce the ingredients you shouldn’t eat it” thing am i right?

EVERYTHING IS CHEMICALS

REMEMBER THIS

This. Is. AWESOME. THANK YOU!!!!

If anyone ever tells you that something you can’t pronounce or “sounds like a chemical” is bad for you, laugh in their face.

don’t forget that there’s enough potassium in 200 bananas to give you the same radiation dosage as a chest xray.

FYI

interesting.

reallifescomedyrelief:

viforcontrol:

beautifuloutlier:

gwydtheunusual:

too—weird-to-live:

zafojones:

Circus Tree: Six individual sycamore trees were shaped, bent, and braided to form this.

how the hell do you bend and braid a tree

Actually pretty easy. Trees don’t reject tissue from other trees in the same family. You bend the tree to another tree when it is a sapling, scrape off the bark on both trees where they touch, add some damp sphagnum moss around them to keep everything slightly moist and bind them together. Then wait a few years- The trees will have grown together. You can use a similar technique to graft a lemon branch or a lime branch or even both- onto an orange tree and have one tree that has all three fruits.Frankentrees.

As a biologist I can clearly state that plants are fucking weird and you should probably be slightly afraid of them.

On that note! At the university (UBC) located in town, the Agriculture students were told by their teacher that a tree flipped upside down would die. So they took an excavator and flipped the tree upside down. And it’s still growing. But the branches are now the roots, and the roots are now these super gnarly looking branches. Be afraid.

But Vi, how can you mention that and NOT post a picture? D:

[source]

reallifescomedyrelief:

viforcontrol:

beautifuloutlier:

gwydtheunusual:

too—weird-to-live:

zafojones:

Circus Tree: Six individual sycamore trees were shaped, bent, and braided to form this.

how the hell do you bend and braid a tree

Actually pretty easy. Trees don’t reject tissue from other trees in the same family. You bend the tree to another tree when it is a sapling, scrape off the bark on both trees where they touch, add some damp sphagnum moss around them to keep everything slightly moist and bind them together. 
Then wait a few years- The trees will have grown together. 

You can use a similar technique to graft a lemon branch or a lime branch or even both- onto an orange tree and have one tree that has all three fruits.

Frankentrees.

As a biologist I can clearly state that plants are fucking weird and you should probably be slightly afraid of them.

On that note! At the university (UBC) located in town, the Agriculture students were told by their teacher that a tree flipped upside down would die. So they took an excavator and flipped the tree upside down. And it’s still growing. But the branches are now the roots, and the roots are now these super gnarly looking branches. Be afraid.

But Vi, how can you mention that and NOT post a picture? D:

image

[source]

Since her death in 1979, the woman who discovered what the universe is made of has not so much as received a memorial plaque. Her newspaper obituaries do not mention her greatest discovery. […] Every high school student knows that Isaac Newton discovered gravity, that Charles Darwin discovered evolution, and that Albert Einstein discovered the relativity of time. But when it comes to the composition of our universe, the textbooks simply say that the most abundant atom in the universe is hydrogen. And no one ever wonders how we know.
Jeremy Knowles, discussing the complete lack of recognition Cecilia Payne gets, even today, for her revolutionary discovery. (via blvckovt)

baglieg:

ironedorchid:

levantineviper:

The Super-Kamioka Neutrino Detection Experiment  under Mount Kamioka near the city of Hida, Japan.

I assumed this was art until I read the caption


The shiny balls are very sensitive light detectors. The chamber is underground to cut out interference from any form of energy that can’t travel through rock. When it’s in use, the entire thing is filled to the top with water, and in pitch black darkness. Neutrinos can fly right through any kind of matter, even through the entire planet, but when they do, a small fraction of them collide with the matter and give off the tiniest flashes of light. When neutrinos from the sun (even at night!) or from particle accelerators in other countries collide with water molecules in this tank, the light detectors see it.

Girls Can’t Do Science…

jenniferrpovey:

First computer programmer? Ada Lovelace. A girl.

Scientist who discovered hydrogen is the most common element? Cecilia Payne. A girl.

Researcher who identified the HIV virus as the cause of AIDS? Francoise Barre-Sinoussi. A girl.

First biologist to isolate embryonic stem cells? Gail Martin. A girl.

Scientist who worked out what radioactivity is? Marie Cure. A girl.

Who worked out that atoms can, indeed be split? Lise Meitner. A girl.

Who am I missing?

maraglen:

tattoosfade:

tortillastack:

science are u ok

fucktupled.

Fucktupled is the only scientific measure I use now,

maraglen:

tattoosfade:

tortillastack:

science are u ok

fucktupled.

Fucktupled is the only scientific measure I use now,

sketchshark:

montereybayaquarium:

True Facts About the Octopus

Ze Frank has done it again! His latest True Facts video offers his unique take on amazing octopuses — including giant Pacific octopus that he and his crew filmed on location here at the Aquarium. The video incorporates spectacular deep-sea octopus footage from our colleagues at the Monterey Bay Aquarium Research Institute, too.

Whet your appetite for more? You can see these incredible animals in person starting April 12 when we open Tentacles: The Astounding Lives of Octopuses, Squid and Cuttlefishes.

Learn more about our new Tentacles special exhibition.

ZeFrank + octopuses + the Monterey Bay Aquarium! I am so happy.